Browsing by Author "Aguilar L."

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    Erratum: Correction to: Validation of the Short Version (TLS-15) of the Triangular Love Scale (TLS-45) Across 37 Languages (Archives of sexual behavior (2024) 53 2 (839-857))
    (2024) Kowal M.; Sorokowski P.; Dinić B.M.; Pisanski K.; Gjoneska B.; Frederick D.A.; Pfuhl G.; Milfont T.L.; Bode A.; Aguilar L.; García F.E.; Roberts S.C.; Abad-Villaverde B.; Kavčič T.; Miroshnik K.G.; Ndukaihe I.L.G.; Šafárová K.; Valentova J.V.; Aavik T.; Blackburn A.M.; Çetinkaya H.; Duyar I.; Guemaz F.; Ishii T.; Kačmár P.; Natividade J.C.; Nussinson R.; Omar-Fauzee M.S.B.; Pacquing M.C.T.; Ponnet K.; Wang A.H.; Yoo G.; Amin R.; Pirtskhalava E.; Afhami R.; Arvanitis A.; Duyar D.A.; Besson T.; Boussena M.; Can S.; Can A.R.; Carneiro J.; Castro R.; Chubinidze D.; Čunichina K.; Don Y.; Dural S.; Etchezahar E.; Fekih-Romdhane F.; Frackowiak T.; Moharrampour N.G.; Yepes T.G.; Grassini S.; Jovic M.; Kertechian K.S.; Khan F.; Kobylarek A.; Križanić V.; Lins S.; Mandzyk T.; Manunta E.; Martinac Dorčić T.; Muthu K.N.; Najmussaqib A.; Otterbring T.; Park J.H.; Pavela Banai I.; Perun M.; Reyes M.E.S.; Röer J.P.; Şahin A.; Sahli F.Z.; Šakan D.; Singh S.; Smojver-Azic S.; Söylemez S.; Spasovski O.; Studzinska A.; Toplu-Demirtas E.; Urbanek A.; Volkodav T.; Wlodarczyk A.; Yaakob M.F.M.Y.; Yusof M.R.; Zumárraga-Espinosa M.; Zupančič M.; Sternberg R.J.
    [No abstract available]
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    Validation of the Short Version (TLS-15) of the Triangular Love Scale (TLS-45) across 37 Languages
    (Springer, 2024) Kowal M.; Sorokowski P.; Dinić B.M.; Pisanski K.; Gjoneska B.; Frederick D.A.; Pfuhl G.; Milfont T.L.; Bode A.; Aguilar L.; García F.E.; Roberts S.C.; Abad-Villaverde B.; Kavčič T.; Miroshnik K.G.; Ndukaihe I.L.G.; Šafárová K.; Valentova J.V.; Aavik T.; Blackburn A.M.; Çetinkaya H.; Duyar I.; Guemaz F.; Ishii T.; Kačmár P.; Natividade J.C.; Nussinson R.; Omar-Fauzee M.S.B.; Pacquing M.C.T.; Ponnet K.; Wang A.H.; Yoo G.; Amin R.; Pirtskhalava E.; Afhami R.; Arvanitis A.; Duyar D.A.; Besson T.; Boussena M.; Can S.; Can A.R.; Carneiro J.; Castro R.; Chubinidze D.; Čunichina K.; Don Y.; Dural S.; Etchezahar E.; Fekih-Romdhane F.; Frackowiak T.; Moharrampour N.G.; Yepes T.G.; Grassini S.; Jovic M.; Kertechian K.S.; Khan F.; Kobylarek A.; Križanić V.; Lins S.; Mandzyk T.; Manunta E.; Martinac Dorčić T.; Muthu K.N.; Najmussaqib A.; Otterbring T.; Park J.H.; Pavela Banai I.; Perun M.; Reyes M.E.S.; Röer J.P.; Şahin A.; Sahli F.Z.; Šakan D.; Singh S.; Smojver-Azic S.; Söylemez S.; Spasovski O.; Studzinska A.; Toplu-Demirtas E.; Urbanek A.; Volkodav T.; Wlodarczyk A.; Yaakob M.F.M.Y.; Yusof M.R.; Zumárraga-Espinosa M.; Zupančič M.; Sternberg R.J.
    Love is a phenomenon that occurs across the world and affects many aspects of human life, including the choice of, and process of bonding with, a romantic partner. Thus, developing a reliable and valid measure of love experiences is crucial. One of the most popular tools to quantify love is Sternberg’s 45-item Triangular Love Scale (TLS-45), which measures three love components: intimacy, passion, and commitment. However, our literature review reveals that most studies (64%) use a broad variety of shortened versions of the TLS-45. Here, aiming to achieve scientific consensus and improve the reliability, comparability, and generalizability of results across studies, we developed a short version of the scale—the TLS-15—comprised of 15 items with 5-point, rather than 9-point, response scales. In Study 1 (N = 7,332), we re-analyzed secondary data from a large-scale multinational study that validated the original TLS-45 to establish whether the scale could be truncated. In Study 2 (N = 307), we provided evidence for the three-factor structure of the TLS-15 and its reliability. Study 3 (N = 413) confirmed convergent validity and test–retest stability of the TLS-15. Study 4 (N = 60,311) presented a large-scale validation across 37 linguistic versions of the TLS-15 on a cross-cultural sample spanning every continent of the globe. The overall results provide support for the reliability, validity, and cross-cultural invariance of the TLS-15, which can be used as a measure of love components—either separately or jointly as a three-factor measure. © The Author(s) 2023. corrected publication 2023.
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    A preliminary study on the role of personal history of infectious and parasitic diseases on self-reported health across countries
    (Elsevier B.V., 2025) Pfuhl G.; Prazeres F.; Kowal M.; Aavik T.; Abad-Villaverde B.; Afhami R.; Aguilar L.; Akello G.; Al-Shawaf L.; Antfolk J.; Atama C.S.; Duyar D.A.; Baiocco R.; Balım S.; Batres C.; Belkacem Y.; Besson T.; Bode A.; Boğa M.; Boudesseul J.; Boussena M.; Brahim H.; Burduli N.; Can A.R.; Cetinkaya H.; Chirumbolo A.; Chubinidze D.; Cornec C.; Dinić B.M.; Dural S.; Duyar I.; Ebimgbo S.O.; Etchezahar E.; Fedor P.; Frackowiak T.; Frederick D.A.; Galasinska K.; García F.E.; Yepes T.G.; Grigoryev D.; Guemaz F.; Hromatko I.; Ikizer G.; Janssen S.M.J.; Kamburidis J.A.; Kavčič T.; Kervyn N.; Khan F.; Kobylarek A.; Koyuncu M.; Kunisato Y.; Lacko D.; Landa-Blanco M.; Lidborg L.H.; Lins S.; Mandzyk T.; Mari S.; Marot T.A.; Martinez-Banfi M.; Mattiassi A.D.A.; Mayorga-Lascano M.; Mebarak M.; Meskó N.; Miccoli M.R.; Mikuličiūtė V.; Milfont T.L.; Mišetić K.; Morelli M.; Natividade J.C.; Ndukaihe I.L.G.; Novaes F.; Omar S.S.; Fauzee M.S.O.; Otterbring T.; Özener B.; Ozer S.; Park J.H.; Banai I.P.; Pazhoohi F.; Perun M.; Pírko M.; Pirtskhalava E.; Pisanski K.; Plohl N.; Ponnet K.; Prokop P.; Ribeiro M.F.F.; Rosário F.; Şahin A.; Sahli F.Z.; Šakan D.; Senyk O.; Siepelmeyer H.; Ribeiro da Silva D.; Singh S.; Solak Ç.; Söylemez S.; Studzinska A.; Tan C.-S.; Topanova G.T.; Bulut M.T.; Toplu-Demirtaş E.; Trémolière B.; Tulyakul S.; Ungaretti J.; Valentova J.V.; Varella M.A.C.; Vintila M.; Volkodav T.; Wlodarczyk A.; Yeh Y.-Y.; Yoo G.; Zerhouni O.; Zumárraga-Espinosa M.; Zupančič M.; Sorokowski P.
    Objectives: Infectious diseases are often associated with decline in quality of life. The aim of this study is to analyze the relationship between personal history of communicable, i.e., infectious and parasitic diseases and self-rated health. Study design: Secondary analysis of a large dataset multi-country observational study. Methods: We used a four-pronged analysis approach to investigate whether personal history of infectious and parasitic diseases is related to self-reported health, measured with a single item. Results: Three of the four analyses found a small positive effect on self-reported health among those reporting a history of pathogen exposure. The meta-analysis found no support but large heterogeneity that was not reduced by two classifications of countries. Conclusion: Personal history of infectious and parasitic diseases does not reduce self-reported health across a global sample. © 2025 The Authors